Artificial intelligence has now become a part of our daily lives. AI for kids is especially relevant because learning about and engaging with AI gives kids the knowledge to interact with the world around them.Kids AI classes enrolling now! 90-minute introductory AI class where kids learn about artificial intelligence, machine learning, and train their own AI model.
“Can machines think?”
This was the question posed by British logician and computer pioneer Alan Turing. It’s the question that led to the study and theory of artificial intelligence as we know it today. It’s an especially thought-provoking question for kids to consider as their world becomes increasingly saturated with artificial intelligence.
This article will cover an overview of AI for kids and resources kids can use to learn about artificial intelligence.
- What is AI for Kids?
- What are Some Examples of AI for Kids?
- Benefits Of AI For Kids
- How Can Kids Learn About AI?
- AI is the Future
What is AI for kids?
AI for kids is how to teach kids about artificial intelligence so they can use it to their benefit.
You can explain artificial intelligence to kids as the ability for computers to learn and perform tasks like humans. Artificial intelligence is the development of computer systems to perform tasks that normally require human intelligence. This includes reading, writing, speaking, seeing, and understanding.
More than just executing a set of steps, humans also have the capability to learn. This is what makes AI especially unique. AI learns by understanding the learning process.
Coding, machine learning, and data science are also connected to AI. Paired with the ability to consume large amounts of data, AI is able to learn from experience, adjust to new inputs, and perform human-like tasks. The process of creating artificial intelligence involves programming, training, and testing AI machines.
Coding in Artificial Intelligence
Artificial intelligence software is created using coding languages. So, working with and understanding AI relies on a foundation of learning how to code. In our coding classes for kids, we start students in middle school and high school with coding in Python.
Python is one of the most popular languages to code AI and its simple syntax makes it easy for kids to learn. Other languages used to code artificial intelligence systems include Java, C++, Prolog, and LISP.
Five major coding languages used in AI development
AI can also write its own code. It can be trained to write programs or translate from one programming language to another. Code generation in AI is a developing technology and while AI algorithms can generate complex and efficient code, they may not always be written in a way that is easy for humans to read and understand.
Key Components of Artificial Intelligence
Neural networks are one way to train artificial intelligence. These help computers make intelligent decisions through training. It’s a method in artificial intelligence that teaches computers to process data in a way that is inspired by the human brain.
Machine learning (ML) is a subfield of AI that focuses on using data and algorithms to mimic human problem-solving. It is used to produce adaptable models that can perform a variety of complex tasks.
Deep Learning is a subfield of Machine Learning that involves the use of neural networks to model and solve complex problems. This field helps systems learn to identify objects and perform complex tasks using multi-layered artificial neural networks.
Natural Language Processing (NLP)
Natural language processing is the ability of a computer to understand human language as it is spoken and written. It combines computational linguistics—rule-based modeling of human language—with statistical, machine learning, and deep learning models.
Computer vision enables computers to derive information from images, videos, and other inputs. It means computers can automatically recognize images and describe them accurately and efficiently.
Cognitive computing simulates and assists human thinking and decision-making. It focuses on simulating human thought processes and generating hypotheses instead of making decisions like AI.
What are the 3 types of AI?
- Artificial narrow intelligence (ANI) – AI that performs a single or a narrow set of tasks.
- Artificial general intelligence (AGI) – AI that can replicate human tasks.
- Artificial superintelligence (ASI) – AI that can perform tasks beyond human capabilities.
Branches of artificial intelligence
- Computer vision.
- Fuzzy Logic.
- Expert systems.
- Machine learning.
- Neural networks/deep learning.
- Natural language processing.
What are Some Examples of AI for Kids?
Kids are interacting with AI every day and probably without realizing it. AI has become a part of daily life and helps us complete a number of essential tasks.
According to Forbes, these are the most common ways people plan use artificial intelligence:
Here are some AI examples kids might be familiar with:
- Maps and navigation (Google Maps, Uber)
- Text Editors or Autocorrect (Microsoft Word, Visual Studio Code)
- Search and Recommendation Algorithms (Yelp, Amazon)
- Video games (Fortnite, Rocket League)
- Facial recognition (Google Pixel, iPhone)
- Smart assistants (Alexa, Siri)
- Chatbots (Discord, ChatGPT)
There’s also artificial intelligence being used in toys, education, and healthcare.
On the market now are smart toys that learn from children and provide an adaptive and responsive play experience. These toys can learn from and interact with the child during activities or move and perform tasks. Most AI toys focus on being able to hold natural conversations with children.
In education, AI is being used to personalize learning. AI can guide students with personalized, immediate feedback or assistance. This helps kids move at their own pace and makes much of the learning asynchronous. As a result, kids learn better and faster with the help of AI.
Microsoft co-founder Bill Gates recently said that generative AI chatbots can teach kids to read in 18 months rather than years.
Pediatric healthcare also benefits from AI. AI can be used to interpret medical images to support diagnoses and treatments. It can also suggest proper medication dosages for kids based on more than just their body weight and interpret data to recommend more precise medications for kids.
AI is constantly developing. While AI is still evolving and admittedly has limitations, it’s the future of technology. It will be commonplace as our kids grow up and being familiar with AI will make them tech literate.
Benefits Of AI For Kids
Understanding AI can change a child’s interactions with the world around them. There are many benefits to using artificial intelligence and learning about AI for kids that includes:
AI can help kids learn and improve their education overall. It’s being used in learning games and educational apps. AI that helps with homework or finds the right pace for teaching your child? It’s already out there. In addition, studying AI and related topics like coding and machine learning teaches computational thinking, problem-solving, critical thinking, and more.
Recommended: 26 Reasons Learning to Code Benefits Your Child
Our kids need the ability to use, manage, and assess technology safely, effectively, and responsibly. Learning about AI can also make kids more interested in technology, and other STEM topics. Being familiar with AI also makes it feel less daunting to get involved with emerging technologies and new ideas.
There are millions of jobs projected to go unfilled without more education in STEM. These jobs will encompass those in AI. There will be many more opportunities open to students who learn coding and AI. Industries like finance and healthcare are developing and using AI to solve big problems even now. As a result, the career opportunities in AI are aplenty and your child may even hold a job that doesn’t exist today.
While there are a plethora of benefits for AI, there can also be dangers to AI for kids. For example, exposure to apps that are not made for kids. AI systems also collect a lot of personal data, so you want to discuss safe online interaction with your child. The more kids understand how AI works, the better they can protect themselves.
How Can Kids Learn About AI?
There are a lot of great ways for kids to learn about AI. Depending on your child’s age and best learning style, choose one of these ways to learn about AI.
This winter break, kids can take a special 90-minute introductory AI class for kids. It’s our best offer of the year, learn more.
AI Classes for Kids
These AI classes specifically teach kids about AI concepts, but to have a solid foundation, consider starting with coding classes for kids.
Once your child is comfortable, add or move onto an AI course. There are options for live instructors or self-paced classes.
CodeWizardsHQ is offering a 90-minute introductory AI class for kids ages 8-18. Kids complete an engaging project and train their own AI model.
Outschool has AI class options for kids ages 6-18. Topics range from foundation knowledge to building neural networks.
Create & Learn
Create & Learn offers AI classes for grades 4-7 to understand what AI can and can not do, and why. Kids learn how AI works in the real world and build their own systems.
AI Tools For Kids
RAISE AI Playground By MIT Media Lab
MIT RAISE is a new initiative to innovate learning and education with AI. In the AI Playground, kids can use Scratch to build AI projects. They also have daily AI curriculum for students and teachers.
Uses Scratch with custom AI block extensions that use your camera and microphone to capture photos and speech. Kids can practice building games, programming robots, and training AI models. It’s easy to get started and there are simple projects and tutorials for kids with no experience.
Kids can learn and play with neural networks right in their browser. Tensorflow Playground uses a visual representation of the data, features, layers, and output. For kids learning about AI, this is a great sandbox to test what they’ve learned.
With Teachable Machine, kids can train a computer to recognize their own images, sounds, & poses. It’s a fast and easy way to create machine learning models and no expertise or coding is required. There are a few tutorials for students and lesson plans for parents and teachers.
Educational Platforms to Learn AI
AI Experiments with Google
AI Experiments is a showcase for simple AI experiments and kids can even submit their own. It makes it easier to start exploring machine learning. There are experiments on writing, learning, drawing, music, and more!
AI 4 children
AI 4 Children teaches AI and machine learning to kids using Scratch. They can try prototypes that combine ScratchX with machine learning functions.
Machine learning for kids
You will teach a computer to play a game on this site. Kids can collect examples, train the computer to recognize the examples, then make a game using Scratch. There are examples of pre-trained models and step-by-step tutorials for kids to create their own.
Teach AI with Games
This game is similar to Pictionary, but the computer is guessing. Kids will draw and a neural network tries to guess what they’re drawing. They can also help teach this model by adding your artwork to the world’s largest doodling data set.
Kids can try their hands at shadow puppetry with a little help from AI. They’ll create a shadow puppet for the camera to represent their Zodiac sign.
Emoji Scavenger Hunt
In this game, kids have to locate the emoji shown to them in the real world with their phone’s camera. A neural network will try to guess what it’s seeing.
Kids can try to sing like Freddie Mercury in the karaoke-style game. AI-powered singing challenge to find out how close your timbre, pitch, and melody are to Freddie’s.
AI is the Future
The potential of AI is only beginning to surface. It’s a field that is growing rapidly and has applications to many real-life situations.
If artificial intelligence interests your child, learning to code is a great first step. Take a coding class for kids to build a foundation in computational thinking prepare your child to learn AI.
Today’s kids are interacting with AI every day, so why wouldn’t they be the ones to make the next big breakthrough?